Contribute to the exploitation of space segments of EU Space Programme Components and its associated tasks which include launch services and early operations. The successful candidate will also contribute to innovation activities that drive forward EU
Lead and support design, sizing, and justification activities. Contribute to technical trade-offs with a system-level perspective. Participate in test campaigns (thermal vacuum, vibration, etc.). Assess and validate COTS equipment from a mechanical and
You will play a key role in our mission aircraft team and support the development and validation of high-fidelity aircraft models across the full flight envelope. Design, implement, and validate flight dynamics and subsystem models using MATLAB/Simulink;
Lead the design of satellite projects utilizing information about satellite subsystems and customer payloads, ensuring compliance with industry standards and mission objectives. Conduct system-level analyses, including mission analysis, performance,
Develop and optimize simulation models to analyze the physical behavior of systems, with a strong emphasis on heat dissipation and electromagnetic field interactions. Design and simulate heat sinks, antennas, and other critical components, ensuring
You will track and manage the system configuration evolution, make top-level decisions in regard to preferred system solutions, perform trade-offs between possible design options, set design constraints based on circumstances and experience, define the
You will be the product owner of the Thrust Vector Control Actuator of the Spectrum Launch Vehicle. You will own the lifecycle of it, manage associated interfaces and ensure delivery on time, budget and scope. Interdisciplinary tasks and fast paced R&D
Contribute to the entire embedded software application lifecycle, focusing on requirements definition, design, coding, debugging and integration with the flight hardware, with a primary focus on OBC software. Preparation of flight software deliverable
This role supports the design, simulation, and performance evaluation of advanced communication and navigation systems, using tools such as MATLAB/Simulink. The engineer will contribute to system-level trade-off studies ensuring robust system design for
As Chief Technology Officer, you will define and lead SWISSto12’s technical strategy, act as technical authority, and lead system level engineering operations at corporate level. You will act as the ultimate authority on system architecture...
You will act as the Lead System Engineer for the mission development projects. You will ensure that every mission meets its end-to-end technical objectives, while leading and coordinating the technical project team toward successful mission
Own and continuously improve TDOA, FDOA, and AoA geolocation algorithms from mathematical first principles through to working prototype implementations; Develop deep understanding of the existing production geolocation codebase. Identify design
Collaborate with multidisciplinary teams to integrate AOCS systems seamlessly into larger projects; Engineer solutions for complex attitude and orbit control challenges, from conception through implementation, ensuring precision...
Deliver innovative, efficient, and simple hybrid engines for Baguette One and OB-1, ensuring system maturity and readiness for combined 1:1 flight model tests; Craft, propose and execute a global strategy to deepen our hybrid propulsion expertise,
You will own the backend architecture of the Meridian 5G NTN solution: the 5G Core, service and network management (OAM), and security architecture that ties the non-terrestrial radio segment into standards-based 3GPP networks. You will work at the
Support the integration of 5G NTN system components, including 5G Core, NTN RAN, satellite payload/ground segment interfaces, transport infrastructure, OSS/BSS enablers, and management/orchestration platforms: ORAN systems, RIC, and SMO;
The successful engineer will be responsible for the mechanical design of scientific instruments and satellites on a project level; Starting from requirements, you create, together with a team of specialists, the mechanical parts on a detailed conceptual
Translate high-level architectural decisions into detailed implementation plans, making design and architecture choices that align with both project requirements and company software guidelines and standards; Actively contribute to the implementation of
Review and analyze Systems requirements and propose compliant architectures; Design and Implement schematics with detailed analog and digital circuit; Perform design analysis such as Worst-Case Analysis, Derating Analysis and FMEA/FMECA; Review
Overseeing the planning and execution of engineering projects, ensuring that engineering projects are completed on time and within budget. This may involve coordinating with other departments, such as sales, marketing, and manufacturing, to align projects
Defining the technical roadmap, setting product vision, and conducting market research to guide development; Leading the design and testing of electronic subsystems and components, including PCB development, electrical engineering, and hardware-software
Contribute to the system-level architecture and design for a MEO satellite communications system, including space segment, ground segment, and user segment; Define system requirements across satellites, gateways, network functions, and terminals;
Design, develop, and optimize RF communication systems for high-performance applications; Develop and refine printed circuit board (PCB) layouts to ensure signal integrity and minimize noise; Implement RF circuit design, including amplifiers, mixers,